Electrocapillary Curves for the Hg/Ionic Liquid Interface Andrzej Lewandowski, Tomasz Majkowski, and Maciej Galinski

Metal nanoparticles can be synthesized in ionic liquids [79] through chemical reduction [80 – 85] or decomposition [86 – 89], by means of photochem- ical reduction [90, 91]

Here, we report the first preparation of a room- temperature ionic liquid based on a nonabromide monoanion, namely [HMIM][Br 9 ] ([HMIM] = 1- hexyl-3-methylimidazolium), which

Orange needles of WOCl 4 were obtained in small quantities using a chemical gas-phase transport reaction in the tempera- ture gradient of 60 ◦ C (temperature of the IL) to 30 ◦ C

For the extraction of piperine from ground black pep- per, we have investigated micellar solutions of several surface-active ionic liquids as extraction media and provide a

For instance, in the case of [EMIm]FAP, the complex capacitance spectra in the potential range from −1 V to 0 V give strong indica- tions for the existence of a slow capacitive

The ionic liquid 1-butyl-3-methyl-imidazolium hydrogen sulfate, [bmim]HSO 4 , was used as a cata- lyst and reaction medium for the pyrrole synthesis, and a wide range of

Herein, we wish to report a high-yield syn- thesis of polysubstituted pyrroles using the ionic liquid [bmim]HSO 4 as an efficient catalyst and green reaction medium for the

By applying in situ STM method, it was demonstrated that very slow adsorption layer reorganisation processes occur at the Bi(111) | 1-butyl-4-methyl- pyridinium tetrafluoroborate